种植密度是影响甜高粱茎，种子和糖精含量的主要因素。
Planting density is the major factor that affected production of sweet sorghum stem and Seed and saccharinity.
甜高粱是粒用高粱的一个变种。
我们很快就可以利用甜高粱提炼燃料了。
Similar to sugar cane , we can use sweet sorghums to do that in the very.
茎秆的榨汁率随着甜高粱的生长一直下降；
Sap squeezing rate came down always with the growth of sweet sorghum;
高剂量时酶活下降，会抑制甜高粱的生长。
Enzyme activity decreased with high doses and the growth of Sorghum bicolor was inhibited.
糖质原料主要有甘蔗、甜菜、甜高粱茎秆和菊芋。
The main sugar-containing feedstocks include sugar cane, sweet beet, sugar grass stalks and Jerusalem artichoke.
SAI可能为甜高粱茎秆糖分代谢的关键调控酶。
SAI might be a key enzyme controlling sugar metabolism in the sweet sorghum stalk.
本反应器为甜高粱杆固态发酵规模化应用提供了平台。
The reactor can be used as the platform for scale application of sorgo stalk anaerobic digestion.
实验证明，甜高粱茎秆是提取乙醇极佳的生物质能源。
The results showed that the sweet sorghum stem was a great source of bioenergy.
对新疆甜高粱茎节锤度与茎秆平均锤度的关系进行相关分析。
This paper analyzed the relationship between the birx of individual internode as well as average birx of the whole stem of sweet sorghum in Xinjiang.
甜高粱秆液态发酵中，存在着榨汁难，糖分损失严重等问题。
Some questions existed in liquid state fermentation of sweet sorghum, such as difficult juice extracting and severe sugar loss.
甜高粱生物产量高，适应能力强，被誉为最有希望的能源作物。
High output and strong adaptive abilities make sweet sorghum one of the most promising renewable energy crops.
同时探讨了提高甜高粱含糖量的目的以及影响甜高粱含糖量的一些因素。
It also discusses the purpose of improving the sugar content of sweet sorghums and the effect factors.
该文为固定化酵母发酵甜高粱茎秆汁液制取生物乙醇技术的研究提供了参考。
The research has provided a scientific reference for the researches of refining bioethanol from sweet sorghum stalk juice by immobilized yeast.
主要对甜高粱秸秆汁的酒精发酵、原汁的保存期进行了实验室条件下的研究。
The alcohol ferment of pressed juice from the sweet sorghum straw stalk, the raw juice storage life were researched under the laboratory conditions.
结果表明：密度是影响甜高粱秸秆产量、籽粒产量和秸秆平均锤度的主要因素。
The results showed: planting density is the major factor that affected production of sweet sorghum stem and Seed and saccharinity .
甜高粱是一种新型的可再生能源作物，用甜高粱生产酒精已引起全世界的重视。
Sweet sorghum is a new type renewable energy crop. It has provoked worldwide attention to produce alcohol from sweet sorghum.
本研究内容是内蒙古重大项目“甜高粱秸杆乙醇生物技术与产业化”的一部分。
This research is a major project in Inner Mongolia, "sweet sorghum straw ethanol bio-technology and industrialization" part.
甜高粱是一种新型绿色可再生高能作物，生物产量高，开发用途广，利用价值大。
Being a new green regenerated high-energy crop with high utility value, sugar sorghum is the high yield crop and is widely used and developed.
由此说明饲用甜高粱可以作为一种粗饲料资源应用于养羊生产中，但应限量饲用。
It was concluded that feeding sweet sorghum could be used into sheep production as one source of roughages, but the feeding amount should be limited in practice.
对考察中得到的甜高粱、矮高粱、白高粱等特种高粱进行了品质及发展前景分析。
Some special sorghum resource, such as sweet sorghum, dwarf sorghum and white sorghum etc. have been collected and its quali…
探讨了不同肥密因素下分期青刈、麦茬复种与常规种植饲用杂交甜高粱的产量变化。
The variation of the amount of hybrid sweet sorghum with harvest by stages, multiple cropping of wheat stubble, and usual planting with different kinds of fertilization was studied.
本文应用一元线性回归分析法得出了甜高粱茎秆汁液锤度和可溶性总糖含量之间的关系。
The relationship between the Brix and the total soluble sugar content of sweet sorghum stalk juice was determined through one-dimensional linear regression.
甜高粱是一种新兴的饲料、糖料和能源作物，生物产量很高，用途广泛，开发利用价值很大。
Sorgo is a kind of new and developing forage, candy and energy resource crop, its biological yield is very high, it has many USES, its developing and using value is very high too.
甜高粱糖分高低是衡量甜高粱茎秆利用价值的主要指标，提高甜高粱的含糖量具有重大意义。
The sugar content of sweet sorghum is the major norm to measure the value in use of sweet sorghum stem.
本研究利用重离子束对甜高粱辐射，研究其不同剂量对甜高粱生长的影响，为甜高粱育种打下基础。
This research is mainly use heavy ion radiation on sweet sorghum, to study the effects of different doses in sweet sorghum growth, lay the foundation for the breeding of sweet sorghum.
探讨了用甜高粱茎杆工业化生产燃料乙醇的工程路线，分析了工业生产三个明确目标和要求，五个具体矛盾和困难。
This article states the engineering route for commercial production of fuel methanol with sorgo stalk, and analyzes three goals and five specific difficulties of the industrial production.
摘要探讨了用甜高粱茎杆工业化生产燃料乙醇的工程路线，分析了工业生产三个明确目标和要求，五个具体矛盾和困难。
This article states the engineering route for commercial production of fuel methanol with sorgo stalk, and analyzes three goals and five specific difficulties of the industrial production.
采用固态发酵法，进行了生产燃料乙醇的试验，同时尽量在相同条件下，研究了纤维素酶对甜高粱秸秆发酵产酒率的影响。
This paper was produced fuel ethanol by solid-state fermentation and at the same time investigated the influence of cellulase on ethanol production from sweet sorghum stalks in same condition.
采用固态发酵法，进行了生产燃料乙醇的试验，同时尽量在相同条件下，研究了纤维素酶对甜高粱秸秆发酵产酒率的影响。
This paper was produced fuel ethanol by solid-state fermentation and at the same time investigated the influence of cellulase on ethanol production from sweet sorghum stalks in same condition.
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